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Circumferential Welding
High Quality Production Standards
Wicon uses high-quality metal and plastic materials for durability and precision in the production of robot automation machines.
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In robot automation machines, Wicon chooses the best metal and plastic materials for long-lasting and reliable performance.
Superior Performance
Wicon makes a difference in the sector by manufacturing with high quality metal and plastic materials when designing robot automation machines.
Advanced Circumferential Lathe Welders for Precision Welding
Circumferential Lathe welders are used to produce high quality welds with minimum distortion on circumferential (girth) weld joints on a wide variety of parts and part shapes. The weld joints can have various joint configurations, including butt, filet, overlap, and joggle. These machines weld from external (top) side of weld joint. Single and multi-pass weldings are possible only by performing TIG, MIG / MAG and SAW welding. The joint is firmly clamped into position and the weld head is precisely moved along the length of the weld joint. The weld lathe can be optionally fitted with two or more weld heads so multiple welds can be performed simultaneously or sequentially. this can produce circumferential welder lathes with a weld length capacity from 1000 to 6000 mm (24″ to 236″) with diameters up to 1000 mm (40″).
Circumferential Lathe welders are used to produce high-quality welds with minimum distortion on circumferential (girth) weld joints on a wide variety of parts and part shapes. The weld joints can have various joint configurations, including butt, filet, overlap, and joggle. These machines weld from the external (top) side of the weld joint. Single and multi-pass weldings are possible only by performing TIG, MIG / MAG, and SAW welding. The joint is firmly clamped into position, ensuring stability during the welding process, and the weld head is precisely moved along the length of the weld joint to maintain accuracy and consistency.
To enhance productivity and flexibility, the weld lathe can be optionally fitted with two or more weld heads so that multiple welds can be performed simultaneously or sequentially. Additionally, modern circumferential lathe welders can be integrated with advanced automation systems, including robotic arms, programmable logic controllers (PLCs), and real-time monitoring systems, to ensure optimal welding performance and quality control.
These machines are widely used in industries such as aerospace, automotive, shipbuilding, and pipeline manufacturing, where precision and durability are critical. The ability to handle various materials, including stainless steel, aluminum, and high-strength alloys, makes circumferential lathe welders a versatile solution for industrial welding applications.
This system can produce circumferential welder lathes with a weld length capacity ranging from 1000 to 6000 mm (24″ to 236″) with diameters up to 1000 mm (40″). Customizable configurations are also available to accommodate specific manufacturing requirements, further enhancing their applicability across different industrial sectors.